Our work using convolutional neural networks to efficently resolve coiled worm posture is now available from PLOS Computational Biology! Congratulations to lead author, software engineer Laetitia Hebert, and to the rest of our worm team for a fabulous group effort. WormPose is open-source and can be installed from a Python package.
Our dynamical systems approach to understanding the posture dynamics of the nematode worm C. elegans is now published in Nature Physics. Nice reviews of the work can be found in Nature Physics News & Views and from the OIST communications team. Special congratulations to recent OIST PhD graduate, Tosif Ahamed, as this was a primary component of his thesis work.
Our Physics of Behavior virtual meeting (co-organized with G Berman of Emory University) centered on the question "Now that we can track (most) everything, what can we do with the data?", and was a wonderful success. Thank you to all participants! The meeting was recorded and is available through this link.
How do cells sense their environment so reliably? Our latest work with David Schwab (CUNY) & led by former unit postdoc and rising theoretical biophysicist Wave Ngampruetikorn shows that energy consumption helps, yet only for low-noise signals and cooperating sensors.
We have multiple job openings for postdoctoral researchers. Inquires to email@example.com.
Theoretical biophysicists Thierry Mora, Aleksandra Walczak and their beautiful daugher Helena visit the group (though only Thierry and Aleks gave talks ;). An opporunity also to wish a fond farewell to our wonderful research administrator, Momoko Phelan, as she prepares for new adventures beyond Okinawa.
Dinner after the defense with Prof. Bernd Kuhn (co-supervisor), members of the Optical Neuroimaging Unit and Prof. Michael Berry II (external examiner, Princeton University).
Professor Greg Stephens and a team of Dutch researchers are awarded research funding totaling 2.45 Million Euro to study the physical origins of behavioral variability in the nematode C. elegans.